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Now for a limited time, trade in your old AED for a generous rebate toward a new unit!
Now for a limited time, trade in your old AED for a generous rebate toward a new unit!
A cardiac emergency on a production floor does not wait for a shift change, a supervisor’s arrival, or a clear path through the warehouse. A strong manufacturing AED deployment example starts with the reality of the facility: large footprints, machinery noise, restricted areas, changing crews, and employees spread across multiple work zones. The goal is not simply to hang an AED on a wall. It is to make early defibrillation a practical part of the workplace emergency response plan.
For manufacturing leaders, the best deployment plan connects equipment placement, staff training, clear response roles, and ongoing AED management. Each piece supports the others when seconds matter.
Consider a 250-employee manufacturing plant operating two shifts. The building includes a production floor, shipping and receiving docks, a warehouse, maintenance bays, offices, break rooms, and a separate employee entrance. Employees may be working at opposite ends of the property, and forklifts, equipment, and secured doors can slow movement.
After a site assessment, the safety team determines that one centrally located AED will not adequately cover the facility. Instead, the plant places AEDs in visible, accessible locations near the production floor entrance, the warehouse and loading-dock corridor, and the main break room near offices and employee access points. A fourth unit may be appropriate if the building has a distant maintenance area, a second floor, or a separate outbuilding.
This is not a one-size-fits-all formula. The right number of AEDs depends on the size and layout of the site, the number of workers per shift, access barriers, and the time required to retrieve an AED and return to a person in cardiac arrest. A walk-through of the facility is more useful than choosing locations from a building map alone.
In this example, the AEDs are installed in marked cabinets along common travel paths rather than inside a manager’s office, locked first aid room, or supply closet. Employees should be able to reach the units without finding a key, checking in with security, or entering an area with limited access.
The safety coordinator also considers environmental conditions. A location exposed to extreme heat, cold, moisture, vibration, dust, or chemical residue may require a different cabinet or a better-protected location nearby. Equipment must remain easy to find without placing the AED where conditions could affect its readiness.
Visibility matters as much as distance. High-visibility signs help employees, visitors, and emergency responders identify the AED location quickly. In a noisy plant, teams may also benefit from established radio or paging procedures so employees can call for help, direct someone to retrieve the AED, and meet EMS at the correct entrance.
An AED program works best when it supports, rather than replaces, a broader emergency response process. In the plant example, all employees are told to call 911 immediately when someone is unresponsive and not breathing normally. The closest available employee begins CPR, another retrieves the AED, and a designated person meets EMS and guides responders to the scene.
Because manufacturing facilities often operate across multiple shifts, the program cannot rely on one trained person being present. Supervisors, safety team members, maintenance staff, and employees in high-traffic areas are good candidates for CPR and AED training, but broad employee awareness is equally valuable. Anyone may be the person who recognizes the emergency, calls 911, or brings the AED.
Training should reflect the environment. Teams can practice a scenario on the shop floor, in the warehouse, or at the loading dock so they experience the travel distances, communication challenges, and access points involved. A tabletop discussion has value, but an onsite drill can reveal problems that a written plan misses, such as an AED cabinet hidden by stacked materials or a gate that delays EMS access.
The plant’s EHS manager may oversee the AED program, but ownership should be shared. A backup program coordinator can review readiness when the primary contact is absent. Shift supervisors can verify that employees know where AEDs are located. Maintenance or facilities teams can report cabinet damage, changed access routes, or construction that affects placement.
Clear roles make follow-through easier. The organization should know who performs scheduled checks, who receives expiration notices, who coordinates training, and who updates the emergency action plan after a facility change. When responsibility is vague, small maintenance tasks can become missed tasks.
Deployment is only the first stage of readiness. AED pads and batteries have expiration dates, and an AED may also require attention after use, a failed self-test, or a change in manufacturer guidance. A cabinet that appears ready from the outside may still contain expired pads or a missing response kit.
In the manufacturing example, the AED coordinator uses a documented inspection schedule and maintains a record for each unit. Routine checks confirm that the AED is present, its readiness indicator shows normal status, the cabinet is accessible, signage is visible, and the response kit is stocked. The coordinator also tracks pad and battery expiration dates early enough to replace supplies before they lapse.
A digital AED management process can reduce the burden on busy safety teams, particularly at plants with several devices or multiple locations. Expiration tracking, reminders, and organized equipment records help turn AED readiness into a repeatable operational task instead of a last-minute scramble.
After an AED is used, the organization should have a defined process for replacing pads and response supplies, restoring the unit to service, documenting the event as appropriate, and supporting employees affected by the emergency. The review should focus on improvement, not blame. Did people know where the AED was? Was EMS directed efficiently? Did the facility layout create delays?
Manufacturing sites evolve. A production line may move, a warehouse may expand, a break room may be relocated, or a new shift may increase the number of employees in one area. Any of these changes can alter whether AED placement still makes sense.
For example, if the plant adds a fenced outdoor staging area and assigns a regular crew there, the existing warehouse AED may no longer provide reasonable coverage. If a previously open corridor becomes badge-access only, the AED location may need to move. Annual reviews are useful, but significant layout, staffing, or operational changes should trigger a review sooner.
The same principle applies across facilities. A small machine shop, a food-processing plant, and a large distribution center may all need AED programs, but their deployment needs will differ. The strongest plan is based on real walking routes, employee locations, and emergency response conditions at that site.
Square One Medical helps organizations pair onsite CPR and AED training with AED program support, placement planning, and ongoing readiness management. That combination helps safety leaders move from having equipment on site to maintaining a response capability employees can use with confidence.
A well-placed AED is a visible commitment to employee safety. A maintained, practiced, and clearly communicated AED program gives that commitment a real chance to make a difference when a coworker needs help.